KR20200138018A - detect method - Google Patents

Abstract

The present invention relates to a detection method comprising a step of detecting the capacity of milk powder and, more specifically, to a detection method capable of giving peace of mind for stable temperature.

Description

Detection method

It is a technique of how to adjust the temperature of a liquid.

Flour is a technique for how and how to dilute.

This is a technique for dilution of milk powder.

Formulas tend to be cold or lukewarm water and not well diluted (compared to high temperatures).

So, in the case of powdered milk, in general, in the case of powdered milk, it is diluted at the first high temperature, and afterwards, the lower temperature than the first is diluted to match the temperature at which the baby can eat.

However, it can be difficult for beginner babies' parents to set the temperature at which the baby can eat.

Parents are concerned that if the baby does not eat formula, the temperature of the baby’s formula will be affected. However, each time the baby is fed formula, the temperature is adjusted to a certain temperature, or the temperature is changed so that the baby can prepare the formula. There was no way to know objective data on whether to eat well.

And even if you try to match the temperature of the classification to the temperature that suits your baby, it was difficult or impossible to set the correct temperature because humans do it. This is because mistakes can also be made.

When diluting the powder with a high-temperature thermos outdoors, the temperature in the high-temperature thermos is high at first, but the temperature gradually decreases with time, and in the case of low-temperature dilution, you can use ordinary mineral water or commercially available mineral water. In some cases, the temperature of bottled water or the like may not be constant.

So, when diluting the powder to this temperature, it was difficult to set the proper temperature.

There was no way to store data on baby's formula, etc., and this made it difficult to systematically manage baby's milk powder.

For example, babies eat 100 ml every 3 hours, some babies eat 80 ml every 3 hours, etc. In some cases, you may not be aware of the total amount of formula you eat that day or month.

Or, there has been a hassle of having to write it by hand by a natural person.

In the case of twins, they should be fed for 3 hours each, but there may be mistakes in feeding or subtracting more or feeding more, if you do not check who ate and how or did not write a separate handwriting, rely on the memory of a natural person, etc. The mental stress of the natural person who writes it or writes it down by hand has been stressed.

In addition, there was no way to store data on the actual amount of diluted milk powder, so there was no way to know how much information the baby actually ate.

In some cases, it is necessary to increase or decrease the amount of infant formula, and the amount of water to be diluted may be the same. The reason is that if the baby has an upset stomach or constipation, there is no way to adjust the amount of diluted liquid fed to the baby and the appropriate temperature by reducing or increasing the amount or concentration of formula.

Background to achieve technology

We need a way to know the temperature of the powder and the liquid to be diluted to a natural person,

There is a need for a method that allows natural persons to predict the final dilution temperature, or to recognize the volume of liquid that can be discharged to the desired dilution temperature.

In addition, there is a need to provide a method for recognizing the temperature of the liquid to be warmed outdoors or without electricity, and matching the final temperature of the powder and the liquid to be diluted with information on the discharged liquid based on this.

You need a way to know the temperature after dilution.

There is a need to provide a way to know how much milk a baby has actually eaten.

Depending on the baby's condition, it is necessary to increase or decrease the dilution concentration.

In order to be diluted, such as powdered milk, there is a need for a method of recognizing or confirming the volume of liquids discharged.

To solve the above problems

We need a way to know the temperature of the powder and the liquid to be diluted to a natural person,

There is a need for a method that allows natural persons to predict the final dilution temperature, or to recognize the volume of liquid that can be discharged to the desired dilution temperature.

In addition, there is a need to provide a method for recognizing the temperature of the liquid to be warmed outdoors or without electricity, and matching the final temperature of the powder and the liquid to be diluted with information on the discharged liquid based on this.

You need a way to know the temperature after dilution.

There is a need to provide a way to know how much milk a baby has actually eaten.

Depending on the baby's condition, it is necessary to increase or decrease the dilution concentration.

In order to be diluted, such as powdered milk, there is a need for a method of recognizing or confirming the volume of liquids discharged.

Detect expected temperature and amount to be diluted.

Since it is possible to match the temperature to be diluted, it is expected that the stress of the natural person who is troubled by the temperature to be diluted will be reduced.

Since the diluted temperature is constant, it can give the natural person who eats it a sense of security about a stable temperature.

After properly dilution with the first water outlet information diluted for powders such as milk powder, the final temperature of the milk powder to be fed to the baby can be adjusted with the second water outlet information, so you can safely eat the diluted liquid to feed your baby.

By checking the displayed indicator according to the final temperature to be diluted, it is convenient to recognize and adjust the information on the hot or cold water outflow that has been abraded in advance.

Even if the temperature of the water that has already been boiled or outdoors is changed, the amount of water to be diluted based on the temperature indicated by the sensor is displayed on the indicator, so that it is possible to provide a method for feeding the baby at an appropriate temperature.

The memory of information about the amount of milk a baby eats can be stored as data, so it is possible to acquire information that can recognize the baby's milk powder intake in units of days, months, and years.

1 is a view according to an exemplary embodiment for explaining the present invention.
2 and 3 are block diagrams according to one preferred embodiment for explaining the present invention.
4, 5, and 6 are exemplary diagrams for explaining another embodiment of the present invention.

In the present invention, the content that a device and another device interlock, transmit, transmit, transmit, or receive may be interpreted as implying that it is performed between a device and another device through another third device, or Thus, it can be interpreted by applying to the present invention.

This means that when a description such as transmission between one device and another device is described, a third device can simply transmit or process it and transmit it between them.

In addition, in the present invention, it is preferable to be interpreted as including the content that it can be configured by further including the corresponding configuration in other configurations.

The present invention comprises the steps of setting at least one set capacity; And setting a dilution temperature.

Extracting or displaying the second water outlet information of the second temperature and the first water outlet information corresponding to at least one first temperature for reaching the set capacity corresponding to the dilution temperature during dilution; It provides a method of extracting water outlet information from an extraction device or display characterized in that it is configured, and will be described with reference to FIG.

A device including the indicator 7-1 can be configured so that at least one set capacity 6 can be set.

The set capacity 6 may be composed of a capacity consisting of the sum of the first water outlet information 4-2 and at least one second water outlet information 5.

The sum of the capacities for constituting the set capacity 6 may be configured such that an error may occur by reflecting the influence of the capacity on the third mixture such as powder (or milk powder).

It is preferable that the error is reflected as a preset value by at least one of the milk powder companies, separate experimental results (DB, DATA, etc.), or separately stored information.

This means that even if the set volume (6) is 100 mL, the volume constituting it (first water outlet information, etc.) is composed of 50 mL and 40 mL (second water outlet information, etc.), and only 90 mL is displayed.At this time, 50 mL and 40 mL are the set volumes ( It may also be labeled as 100 mL of 6).

This means that the capacity of the first water outlet information 6 or the second water outlet information 5 can be set by reflecting a value taking into account that the volume of the powder or liquid to be diluted is included during dilution.

This means that the displayed capacity may not be interpreted solely as consisting only of the sum of the first or second water outlet information.

Preferably, whenever the setting of the set capacity 6 is changed, the amount of powder or liquid to be diluted is virtually determined, and at this time, the capacity of the first water outlet information or the second water outlet information reflecting the determined virtual powder or liquid volume It can also be set.

Preferably, the volume of the powder or liquid is configured to be stored in advance so as to have each changed information value according to the value of the set volume 6, so that each time each set volume 6 is selected, a different volume value It may be configured to be reflected in the value of the first watering information or the second watering information.

Here, when setting the set capacity 6, the capacity value of the powder such as 1 spoon and 2 spoons indicating the capacity of the powder or liquid may be displayed together.

Here, the 1 spoon or 2 spoon may be configured to display the capacity value of the powder or liquid such as 20 mL and 40 mL.

This is because the 1 spoon may imply the volume of the liquid as a quantified or metered spoon.

This is, if the displayed set capacity can imply the capacity of the liquid, or if it can be recognized (or extracted) from the control module interlocked with the indicator, it is preferable to be interpreted as the set capacity no matter what form is displayed.

In addition, this means that whenever the value of the set capacity is set, the capacity of the applied powder or liquid to be diluted may be configured to be displayed so that it is possible to check on the indicator 7.

Here, the display of the capacity value diluted according to the value of the set capacity may be configured to be changed by the other option value.

For example, if the baby's stools are diarrhea symptoms or constipation symptoms, it may be configured to reduce or increase the amount of the diluted powder or liquid to control it. It may be configured so that the value of the liquid amount is displayed differently.

At this time, the symptoms of diarrhea or constipation displayed on the menu may imply that the amount of the powder or liquid to be diluted is increased or decreased, and the set dose 6 displayed on the indicator 7-1 , It is possible to configure to increase or decrease the capacity of at least one of the first water outlet information (4-2) and the second water outlet information (5).

Preferably, when the amount of powder or liquid is increased, the value of the set capacity displays the value of the already selected capacity, and the first water outlet information or the second water outlet information reflecting the volume diluted to the set capacity is changed and displayed. It could be.

Preferably, when the first watering information and the second watering information displayed on the indicator are configured so that water can be directly watered out, at least one of the first watering information and the second watering information may be configured not to be displayed on the indicator 7. .

Here, the value of the first watering information or the second watering information is selected by a predetermined menu displayed on the indicator 7 or when an implicit selection is made, the option is automatically changed by this predetermined menu, Alternatively, information reflecting the capacity value of the changed information may be received and displayed from a memory interlocked with the indicator.

This provides a predetermined menu to the indicator so that at least one of the volume value of the powder or liquid to be diluted, the first water outlet information, and the second water outlet information can be changed. It means that it can be configured to be able to.

(In the present invention, a predetermined menu may be composed of the indicator, or may be interpreted as a predetermined menu including an input device of a control module interlocked with the indicator. In this case, the input device may be composed of a switch. If the option is changed by a switch, the switch, the switch and the indicator, or the switch and the control module and the indicator itself may be a predetermined menu.)

This displays a predetermined menu for the condition of the baby, and when the predetermined menu is selected, at least one of a volume value generated by the diluted powder (or milk powder) or liquid, first water outlet information, and second water outlet information One is configured to be changed, and when the predetermined menu is selected, at least one of the capacity value, the first watering information, and the second watering information may be configured to change.

Here, the setting information may be configured such that when a menu in which the quantity of the diluted powder or liquid can be inferred is selected, a capacity of setting information corresponding to the quantity is selected.

This is configured so that when the 4 spoons are selected, a set capacity of 80 mL corresponding to the 4 spoons is automatically selected, or recognized and the first watering information or the second watering information is displayed on the indicator 7-1. You may.

It is preferable that the indicator 7 is configured as a display device including at least one keypad.

Here, if the display includes at least one electronic component that generates light such as an LED or LCD, and the set capacity can be implied or recognized by such light, it is preferably interpreted as a display device.

Here, the display 7 may include a keypad as a touch monitor, and may be configured as a device such as a smartphone, a mobile device, a touch-type display, and a monitor.

Here, the indicator may be configured to display a predetermined menu for the state of the baby, and to change the first watering information and the second watering information according to the predetermined menu, or to change the amount of milk powder. At this time, the predetermined menu may be configured so that the baby can display an image such as diarrhea or constipation and select the image.

In this case, the capacity of the milk powder may be changed according to the state.

Alternatively, even if the image is not the same as the constipation, it may be configured to change the amount of milk powder when the displayed image or part of a predetermined menu is selected.

Preferably, when the predetermined menu is selected, the powder for the milk powder is changed, but the powder for the milk powder is the same, and the first water outlet information or the second water outlet information is changed to adjust the ratio at which the classification is diluted. You may.

This means that it can be configured to provide a menu capable of varying the concentration of powder to be stoned according to the predetermined menu.

Meanwhile, when at least one set capacity is set, a dilution temperature may be set or a dilution temperature (or a third temperature) may be extracted.

When the set capacity is set, the dilution temperature (3) is automatically displayed on the indicator (7-1), or the dilution temperature (3) is set by a predetermined menu that can change or modify the dilution temperature (3). It can also be configured to change.

At this time, it is preferable that the capacity value of the first water outlet information 4-2 or the second water outlet information 5 is changed according to the changed dilution temperature 3.

Preferably, if the dilution temperature 3 is set to increase, the first water outlet information 4-2 increases, and the second water outlet information 5 decreases.

Here, the dilution temperature 3 provides a predetermined menu so that the natural person can select it, so that the natural person can select the desired dilution temperature 3.

Here, the dilution temperature (3) is the extraction of the first temperature (1) and the second temperature (2), and the first and second water outlet information corresponding to the extracted temperature (1) and the second temperature (2) It is preferable to be interpreted as the third temperature for when is diluted.

When the dilution temperature (3) is set or extracted, the first temperature (1) is extracted, and when the first temperature (1) and the second temperature (2) are diluted, the dilution temperature (3) is It can also be configured to extract the virtual first water outlet information (4-2) and the second water outlet information (5).

At this time, when the first temperature and the second temperature are diluted by a previously tested value, data, or formula, the indicator 7-1 or the indicator 7 is set so that the dilution temperature 3 can be extracted. -1) It can be configured to be able to extract from the memory (or the memory of the server or other linked device).

Preferably, the second temperature does not actually exist and may be configured so that a natural person can select and input arbitrarily by a predetermined menu provided by the indicator 4-2, or the indicator 4-2 or A controller capable of controlling the indicator 4-2 (may be a controller including a control module) may be configured to set an arbitrary second temperature.

Alternatively, the second temperature may be extracted as room temperature or a virtual m-th temperature reflecting the temperature of the surrounding air, or may be arbitrarily set.

Preferably, the first temperature means the internal temperature of the first liquid container 10, and the second temperature is the internal temperature of the second liquid container 11 different from the first liquid container 10. It could mean.

Here, the first temperature and the second temperature may be configured as temperatures measured and detected by a separate first sensor 8 or a second sensor 9 mounted on the surface or inside of the liquid container 10.

Here, the extraction module 100 may be configured to extract the measured first temperature from the sensor 8 interlocked with the indicator 7.

Here, the extraction module is preferably interpreted as a module for extracting temperature information extracted from the sensors 8 and 34.

The sensor 8 may be attached to the surface of the first liquid container 8, or may be a temperature sensor capable of measuring an external temperature value of the first liquid container 10, as shown in FIG. 1 Located inside the liquid container 9, it may be configured to measure the internal liquid 27 wirelessly (a sensor module capable of measuring temperature wirelessly in the same manner as in infrared rays).

In addition, the temperature sensor 8 may be configured to be detachable from the first liquid container 10.

Preferably, the first liquid container is a metal container, and may be configured to enclose the inner container with a metal inner container and another third object configured to keep the metal warm. At this time, the inner container made of metal is configured to be in contact with a first sensor capable of measuring temperature, and an indicator capable of receiving and displaying a signal corresponding to the first temperature detected from the first sensor, or an indicator for transmitting to the indicator It may be configured as a wireless module.

Here, the wireless module may be composed of one of NFC and RF.

At this time, the third object surrounding the outside may further include a coupling device so that the first sensor contacts the inner metal container.

This is a combination that can be combined with a device including a detachable indicator while the first sensor is configured to contact the inner metal, and a third object that is outside of the metal makes the first sensor more in close contact with the inner metal. It can also be configured with hardware including wealth.

This opens a part of the third object for insulating the metal inner container (or makes a space so that the first sensor touches) so that the inner metal container and the first sensor inside While touching, it may be configured to be able to keep warm by replacing a third object.

Here, the third object may be an injection-molded product or an object made of plastic (or a material such as silicone or rubber).

On the other hand, the first temperature may be extracted from a first sensor capable of measuring the first temperature, and may be configured to be set virtually for the other second temperature. Preferably, the second temperature is configured such that the internal temperature of the second liquid container 11 is displayed on the indicator 7 by extracting a measured value from the second sensor 9.

However, it is not necessary to extract the second temperature from the second sensor 9.

This may be configured to allow selection input (can be configured to enable selection input from an input device of a control module linked to the indicator) so that a natural person's sensual temperature can be displayed on the indicator.

This is because it can be inferred from the experience of a natural person that it is about Z-value when cold water is bought from a refrigerator and generally P-value when stored in a cool place on a hot summer day.

In addition, an arbitrary temperature may be set in a control module interlocked with the indicator, or the temperature may be set based on information transmitted from a device such as another sensor or a server of another system.

On the other hand, the second water outlet information of the second temperature and the first water outlet information corresponding to at least one first temperature for reaching the set capacity corresponding to the dilution temperature during dilution are extracted (or configured to be watered out) Or it can be configured to be displayed.

When the set capacity is set and the first temperature is extracted, the liquid diluted with the set capacity 3 may be configured to become the third temperature (or dilution temperature).

In the control module interlocked with the indicator (7), the first temperature and the second temperature are set to be a third temperature that has been previously determined based on the selected input information of the set capacity (3) or that a natural person has selected and input. It can be configured to extract the liquid volume value of the first water outlet information 4 and the second water outlet information 5 having.

Here, in order to become the third temperature, at least the value of the first temperature is input or extracted, and based on this, based on the virtual second temperature or the second temperature extracted from the sensor, it is diluted to the set set capacity (6). The values of the first watering information and the second watering information may be configured to be extracted by reflecting existing experimental data (or information stored in the memory) or equations.

Since the ratio of the first watering information and the second watering information at this time can be extracted in various ways, it should not be interpreted as being made only with experimental data or formulas.

Here, when a setting module capable of setting a predetermined menu or a predetermined setting capacity is configured in the display 7 so that the at least one setting capacity can be variable, and the setting capacity is changed and set by the living setting module,

When the at least one second water supply information is diluted and reaches the set capacity, first water supply information that can be the third temperature, which is the dilution temperature, is extracted, or the extracted first water supply information is displayed on the indicator 7. It can be configured to be displayed.

Here, the setting module includes a control module interlocked with the indicator 7 and an input device (or a touch monitor of the indicator or a switch interlocked with the control module) that can select and input a predetermined menu displayed on the indicator 7. It may be interpreted as a module, and the touch monitor or switcher may be a setting module.

On the other hand, in a control module capable of controlling the indicator or the indicator, the first water outlet information 4 may be configured to display or not display an error according to the value of the first temperature 1.

This may be configured to display on the indicator 7 a predetermined menu indicating that the third temperature cannot be met when the first temperature corresponding to the first water outlet information is lower than the third temperature. have.

Here, the first liquid container may be configured as a movable thermos.

The thermos may be a third object capable of warming because it is configured to be protected by a metal inside and a third object protecting the metal outside.

At this time, the first sensor may be configured to be detachable (a combination device or a configuration capable of combining and separating) so that the thermos can contact the internal metal material or measure the temperature of the liquid stored therein. have.

Referring to FIG. 5, a first sensor 8-1 capable of wirelessly measuring the first temperature is attached to the cover of the first liquid container or at a location where water from the first liquid container is discharged. The temperature value measured by the first sensor 8-1 may be configured to be displayed on the indicator 7-4 attached to the cover.

Here, the second liquid container may be configured the same as or similar to the container of the first liquid, but the second liquid container may be composed of a metal material that does not require heat insulation as a second object or a material that does not care about heat insulation. .

This is because when a hot liquid is put in the second liquid container, the third set temperature can be met only when the hot liquid is cooled down quickly.

This may be configured such that the second liquid container cools faster than the second liquid container because it is affected by an external temperature.

This is because the material constituting the first liquid container and the second liquid container are partially different, and the liquid in the second liquid container is more than the liquid in the first liquid container due to the external temperature (or room temperature). If it is composed of a material configured to be lowered at a rapid time, and extraction of the first temperature or the second temperature is possible with at least one first sensor or the second sensor, this is the first liquid container or the second liquid for constituting the present invention. It is desirable to be interpreted as a container.

Preferably, in the indicator 7 when the first temperature and the second temperature are extracted, if dilution to the third temperature is impossible (if it cannot be adjusted to the third temperature), the second temperature corresponding to the second temperature is It may be configured not to display the water outlet information or the first water outlet information.

Here, when the first temperature is higher than the third temperature and the second temperature is higher than the third temperature, the indicator 7 dilutes other second water outlet information other than the second water outlet information corresponding to the second temperature. It can be configured with a predetermined menu so that the request to be displayed is displayed. For example, after configuring to display bottled water as the second water outlet information on a predetermined menu of the indicator 7 and to display the temperature (or virtual temperature) corresponding to an average or pre-programmed procedure, the temperature is reflected. It may be configured to display the second water outlet information.

Here, the first temperature may not necessarily be interpreted as a temperature extracted from the first sensor.

In some cases, when the temperature of the first sensor is low and the temperature of the second sensor is high, the temperature of the second sensor is determined as the first temperature, or after recognizing that the temperature of the second sensor is the first temperature, the temperature is set to a third temperature. It may be configured to extract (or calculate) the first watering information and the second watering information to be the set capacity 6.

In this case, there may be at least N of the first liquid container and the second liquid container, and at this time, in order to match the set capacity diluted to the third temperature in the control module interlocked with the indicator, among the N At least one of the liquid containers may be selected and displayed.

Here, when the N number of liquid containers exist and the set capacity is set, each indicator 7 installed in the liquid container to be diluted among the N number of liquid containers is configured to display first and second water out information. I can.

This is configured to display information indicating at least one or at least two or more of a plurality of (N) liquid containers as first water outlet information or second water outlet information in the indicator 7 when the set capacity is set, The natural person can find it based on the information that means the displayed first water outlet information and the second water outlet information and dilute it to a set amount.

On the other hand, the present invention is not applied only to a liquid container such as a portable thermos, and referring to FIG. 4, the first temperature is the hot water temperature of the water purifier, and the second temperature may be composed of at least one of cold water, purified water, and low temperature hot water of the water purifier. have.

This means that the water purifier and the indicator 7 can be interlocked, and the mixing capacity of the hot water and cold water of the water purifier 12 can be displayed with the set capacity 6 displayed on the indicator 7-2. .

Preferably, the temperature is composed of a first temperature, and a liquid such as cold water/purified water lower than the first hot water is preferably composed of a second temperature.

At least one indicator 7 may be attached to the water purifier 12, or may be configured as a display 7-3 made of a mobile device such as a wireless terminal.

When a natural person sets the set capacity (6), the first temperature corresponding to the hot water nozzle 13 and the second water outlet information corresponding to the water purification nozzle (or cold water nozzle) corresponding to a second temperature different from the first temperature are stored. Can be extracted.

Here, it may be configured so that only at least one set capacity 6 can be displayed on the indicator 7.

This can be said to be an indicator (7) if an electronic component that can generate light enough for a natural person to recognize the meaning is used, such as 80mL when one LED is displayed and 100mL when two are displayed. This means that when at least one set capacity 6 is displayed, it is possible to configure so that the first and second watering information are not displayed on the screen of the indicator 7.

As an example, when the set amount 6 is set, a control device 16 capable of dispensing the first watering information or the second watering information of the water purifier is installed, and a predetermined menu provided by the control device 16 This is because it may be configured so that the first watering information and the second watering information are automatically watered when you select.

At this time, it is preferable that the control device 16 is configured such that a capacity water discharge controller configured to automatically discharge water as much as the capacity of the first water discharge information or the second water discharge information is attached when a part of the control device 16 is selected.

Here, it is preferable that the volume outlet controller is interpreted as a controller of a water outlet that allows water to be stopped so that water can not be discharged after watering as much as the volume of the liquid.

The water purifier or the liquid container (10, 11) is configured to be attached to the liquid outlet controller, and the water purifier or the liquid container (10, 11) is linked to the server, mobile, wireless terminal, wireless indicator (7) It may be configured to be controlled by the control device 16 displayed on at least one.

In this case, the wireless terminal may be the control device 16, and the control device 16 may be configured with a predetermined menu on the screen of the display device 7 composed of the wireless terminal.

This may mean a predetermined menu displayed on the screen of the wireless terminal by the control device 16-2.

At this time, when a predetermined menu displayed on the control device 16-2 is selected, the capacity water outlet controller controlled by the control device 16 operates, and is linked with the indicator 7 or the indicator 7 The first watering information (or the second watering information) extracted from the control module may be configured to be watered (or automatically watered).

Here, the capacity outlet controller is preferably interpreted as a control device capable of discharging the extracted capacity of the first outlet information or the second outlet information,

It is preferable that the capacity discharge controller is configured to detect (or extract) the capacity, such as a controller capable of controlling the locking or opening of the pump to be discharged by the pump.

Preferably, the at least one portable movable first liquid container (or second liquid container) includes another wireless terminal connected wirelessly or a control device provided by the wireless terminal (a control module that can be used as a control device) and It may be configured to enable watering according to a selection input of a control menu controlled by the same predetermined menu (it may mean a menu for automatically watering out the first watering information or displaying the first watering information). have.

The water purifier 12 to which the indicator 7-2 of FIG. 4 is attached and the indicator 7 attached to (or detachably attached to) the portable thermos of FIG. 1 are other indicators that can transmit and receive wirelessly. It may be configured to be controlled by a predetermined menu provided in -3), or may include a server 16 capable of managing information operated by each of the indicators 7-2 and 7-3.

On the other hand, the time alarm is configured to be settable, and the set capacity in which the first watering information and the second watering information are diluted becomes a third temperature or a third temperature at a time reflecting the time schedule. It may be configured to extract 1 water outlet information (or second water outlet information).

When the set capacity (6) is set and the first and second water outlet information corresponding to the set capacity (6) are diluted and exposed to room temperature for the set time, the temperature becomes the third temperature. It can be configured.

-----------------------------------

This is assuming that the first water discharge information discharged at the first temperature is 60 mL, and the second water discharge information discharged at the second temperature is 40 mL. If you want to feed the diluted liquid after 30 minutes, the first water discharge information is Raise it to 70 mL, and lower the second water outlet information to 30 mL, so that the third temperature to be diluted is kept high overall, and after 30 minutes, the temperature will naturally decrease and adjust to the third temperature (extracted from the control module). It may be configured to be displayed on the screen of the display unit 7.

This further designates a time for feeding the diluted set capacity 6 to the display unit 7 and makes the third temperature at a time corresponding to a more designated time, so that the diluted set capacity ( 6) can be fed.

This means that after the diluted set dose 6, a specific time can be set and edible can be selected by a predetermined menu provided by the indicator 7.

On the other hand, a time period 17 is set on the indicator 7 to set the time period 17 for the next edible after being edible as the first and second watering information as the set capacity 6 It can be configured to be. Alternatively, the time period 17 may be selected and input so that an alarm (or displayed on an indicator) sounds every day at a specific time.

For example, in the case of a newborn baby, if the user selects input that they should eat every 3 hours, the alarm that the food should be eaten every 3 hours, or a signal with a predetermined menu or a predetermined light from part or all of the screen of the indicator It can also be configured to send.

Referring to Fig. 1, when a time period 17 is set and the selected amount is inputted as the set capacity 6, the time when the first and second watering information is displayed or the first and second watering information The time period 17 may be reset based on a separate predetermined menu indicating that the diluted set capacity 6 was used for food, and thus a periodic time may be displayed.

Preferably, a predetermined menu for inputting a post-edible dose corresponding to the set dose 6 may be further provided.

This was edible with the diluted set capacity (6), but when edible is completed in an amount less than the actual set capacity (6), the indicator (7) will provide a predetermined menu for inputting a small amount of this state. Means you can.

At this time, the indicator 7 for indicating the set capacity 6 and the indicator 7 for inputting the amount of unedible information after actually edible with the diluted set capacity 6 may be composed of other indicators. .

This is automatically stored in the server when water is discharged from the first liquid container 10 for the set volume 6 diluted in FIG. 1, and the capacity for information that is not actually edible afterwards is a wireless terminal 25, such as a mobile, Or, it means that it can be configured to input by applying a predetermined menu provided by an indicator configured with a terminal).

At this time, based on the unedible information, it may be configured to provide a predetermined menu to the indicator 7 so as to present the appropriate cycle time 17 or an appropriate set capacity 6.

This is diluted with the set volume (6) of 100 mL, but in reality only 40 mL can be edible. When this information is entered, the indicator (7) is edible at a shorter period than the N value of the time period (17). It is also possible to configure a predetermined menu (or a predetermined message) to be displayed on the indicator indicating that the user should do so.

For example, it may be configured to display a short time period 17 ′ different from the time period 17.

Alternatively, in this case, there may be no change in the time period 17, and the next time it is edible, it is configured to display a predetermined message or a predetermined menu on the indicator 7 indicating that the set capacity has to be increased further. May be.

Alternatively, by automatically setting the time period 17 and the set capacity, a predetermined menu is automatically displayed (displayed as a menu or a process that can manage the set capacity) May be configured to be displayed as a message).

Here, when the time period 17 is applied, when an alarm (or displayed on the indicator) occurs at a time after the time period 17, the output device linked with the indicator may display (or redisplay) it.

Alternatively, an alarm may be generated or transmitted to a wireless communication device, such as a mobile, that the time has come, or transmitted in advance, so that an alarm may sound in the wireless communication device.

Here, the indicator 7 may display the timing at which the time alarm 23-1 occurs so that it is recognized that the periodic time 17 has elapsed or has not yet elapsed.

Alternatively, a predetermined menu may be configured to display the elapsed time.

On the other hand, the second water outlet information may be configured to be displayed as at least two, and referring to FIG. 1,

If the powder to be diluted is for a baby, and when the baby's infant formula is diluted because of the different characteristics of the newborn and the infant formula, there may be a tendency to foam or not rot well with water.

If a lot of foaming occurs or the milk powder that should not foam is diluted, dilute the milk powder at a temperature higher than the third temperature (3), and then to set the third temperature (3) after the dilution is completed. It may be configured to be diluted with the second water outlet information (5).

This is to display the second water outlet information (5-1) of the second temperature (2-3) in the first water outlet information (4-2) of the first temperature (1) to be diluted first, or the water outlet (the capacity outlet controller The first watering information or the second watering information is displayed so that the temperature is higher than the third temperature, and then the second watering information (5-2) is discharged to the third temperature again. Or it may be configured to be displayed.

This means that the first watering information may be displayed as first watering information including a portion of the second watering information.

Preferably, when the first watering information of the capacity including part of the second watering information is set, and when the control button 29 is selected, some of the second watering information is automatically discharged when the first watering information is discharged. It may be configured to be water discharged by the capacity water discharge controller.

This will be explained with reference to Figs.

The first watering information may be composed of the first watering information 4-2 and the second watering information 5-1.

In the water purifier of Fig. 4, the hot water corresponding to the first water outlet information (4-2) and the cold water corresponding to the second water outlet information (5-1) are simultaneously discharged, or the water is discharged by a time difference, or the water purifier. When at least one of the water outlet buttons of is pressed, the extracted first water outlet information 4-2 and the second water outlet information 5-1 can be configured to have water as much as the capacity value.

And when the water outlet button is selected again, the remaining second water outlet information 5-2 can be configured to be watered out.

Here, the first water outlet information (4-2) includes the second water outlet information (5-1), so that a value higher than the third temperature (dilution temperature) can be watered out (or displayed on the indicator), The second water outlet information 5-2 may not be displayed.

This is because the natural person is aware of the set capacity (6), after extracting the first water outlet information (4-2) and the second water outlet information (5-1), the rest is adjusted to the set capacity (6). This is because the second watering information can be watered out.

On the other hand, in the present invention, the first temperature corresponding to the first water outlet information is an M value in the A section between 50 degrees and 100 degrees at which the powdered milk is melted,

The set temperature is preferably configured to be set to a certain F value in the B section between 30 degrees and 50 degrees that infants can eat.

This means that the first watering information is set according to the M value, or the first watering information including some of the second watering information is displayed on the indicator to match the M value, so that the M value that the powdered milk powder can be easily dissolved is adjusted. Can be configured to be

Thereafter, after dilution is completed by a natural person, the second water outlet information having an F value may be displayed or extracted.

Here, the second watering information may be configured to not be displayed on the display because the first watering information and the set capacity can be recognized when a natural person manually waters the water.

Preferably, the M value or F value may be configured as a preset value, but may be configured to receive a selection input from a natural person in a control module that controls the indicator 7 or the indicator 7.

On the other hand, the first temperature may be configured to be extracted by the operation of the switch 24 interlocked with the indicator 7 and referring to FIG. 1,

If the first sensor 8 that is in contact with (or attached to) the inside or outside of the first liquid container is configured to operate by a structure or component that provides the switch 24 function, it is extracted from the first sensor 8 at this time. The extracted first temperature may be configured to be extracted, and the extracted first temperature may be configured to be displayed on the indicator 7.

The previous indicator (7) is not powered. Alternatively, if the first water outlet information (4-2) according to the first temperature is not displayed and the operation of the switch 24 is maintained, the first water outlet information (4-2) is displayed on the indicator (7). It may be configured to be.

(In the present invention, since various existing switches can be configured in the first liquid container, the configuration of the switch will be omitted.)

When the cover of the first liquid container 10 is opened, the switch may be configured to be electrically recognized to open, and the switch 24 may be configured.

This is when a natural person manually opens the cover (or stopper) in order to discharge the first water supply information, the indicator 7 extracts the first temperature from the first sensor, and the first temperature corresponding to the extracted temperature It can be configured to display water outlet information.

At this time, a signal is wirelessly transmitted to the second liquid container 11 capable of displaying the second water outlet information, and a second temperature is extracted from the second sensor 9 attached to the second liquid container 11, , Second harvest information corresponding to the second temperature may be configured to be displayed on the indicator 7 of the first liquid container 10 or the second liquid container 11.

This means that the indicator 7 may be attached to the second liquid container 11.

Alternatively, the first liquid container 10 and the second liquid container 11 are connected wirelessly (or wired) to each other, so that the second temperature by the second sensor 9 of the second liquid container 11 ( 2) may be configured such that a control module capable of controlling the indicator 7 of the first liquid container 10 can extract.

In this case, RFID (24-1, 24-2) in the first liquid container (8) or the second liquid container (9) is interlocked with each temperature sensor (8, 9), and at this time, each temperature sensor (8) It can also be configured to wirelessly transmit and receive information about the temperature extracted from ,9).

Here, when the first liquid container or the second liquid container is configured to mount a wireless protocol capable of proximity such as NFC, and the wireless terminal 25 capable of proximity wireless communication (or NFC) approaches, the wireless terminal 25 ) May be configured to display a predetermined menu or a predetermined message including the set capacity 6 or the first water outlet information 4-2.

Here, in the first liquid container 10, an output device capable of a time alarm 23-2 is mounted, and when the time period 17 selected and input by the indicator 17 in the output device is reached, the It can be configured to provide an alarm function so that an output occurs in the output device.

Here, the output device is preferably composed of a speaker, but may be composed of an output device including an electronic component having a display function such as an LED.

This is because when the time period 17 in the indicator 7 is reached, an output for an alarm may be generated from the indicator 7 or an output device interlocked with the indicator 7, but the first liquid container 10 It can also be configured to generate an output (or alarm) from an attached output device.

Here, the indicator 7 is not present in the first liquid container 10, and the display of the terminal 25 operating wirelessly in connection with a first sensor capable of measuring the first liquid container 10 ( It can also consist of 7). This may go through various movement paths between the first sensor and the display 7, but in the present invention, if the first water outlet information reflecting the first temperature is displayed on the display 7 by the information of the first sensor, The display 7 at this time becomes the indicator 7.

This may be configured by including hardware capable of sending and receiving various wireless signals such as wireless, Wi-Fi, RF, RFID, NFC, and beacons through a base station between the first sensor and the indicator 7, and the first temperature or Devices such as a process for extracting the first water outlet information, a CPU, a microcomputer, an electronic chip, a control chip, and a control module may be included to constitute (or support) the above invention.

The first water discharge information is available to a liquid storage (means a first liquid container, a water purifier, etc.) for storing or extracting the liquid corresponding to the first temperature and a wireless terminal 25 capable of transmitting and receiving wirelessly. Provides a predetermined menu that can be controlled so that, when a menu provided by the predetermined menu is selected, the extracted first water outlet information (4-2) is discharged from the liquid reservoir linked wirelessly. It can also be configured to perform automatic setting or water out.

When the set capacity is set, the first temperature is extracted, and the first liquid container or water purifier corresponding to the first temperature may be configured to wait so that water can be started with the first water discharge information.

At this time, when a keypad (or a button or a mechanism operated to enable water extraction) attached to a liquid reservoir such as the first liquid container or water purifier is operated, a liquid value corresponding to the first water extraction information extracted from the wireless terminal It can be configured to be drained.

At this time, it is preferable to control the water outlet through the liquid outlet controller.

Here, the liquid outlet controller may be configured to analyze the signal received from the wireless terminal 25 so that the first water outlet information is discharged.

On the other hand, when the terminal 25 approaches at least one of the first liquid container, the second liquid container, a water purifier, and an RF device interlocked with an indicator, the first temperature is received and the first water outlet information and the second water outlet At least one of information, a set capacity, a set temperature, a set mid-term, a time alarm, a time for which the set period has exceeded, and a time for reaching the set period may be displayed on the indicator 7.

On the other hand, the present invention provides a first input module 200 for extracting a first temperature, a second input module 300 for extracting a second temperature, a first input module 200 and a second input module 300. Based on the first temperature or the second temperature transmitted from ), the control module 100 for extracting the first watering information or the second watering information, and the extracted first watering information or the second watering information can be watered out. A water outlet module 500 capable of controlling the liquid outlet controller or a display module 400 capable of receiving and displaying the first outlet information or the second outlet information from the control module 100 may be configured.

The first input module 200 may be interlocked with a first sensor capable of measuring or extracting a first temperature, but by receiving a predetermined menu that a natural person can input through a module or keypad, It is desirable to be configured to extract information and receive input.

In addition, the second input module 200 may be configured to receive an input of at least one second temperature or information capable of inferring or extracting the second temperature from the second sensor.

Here, when an input signal or a selection signal for controlling the water outlet module 500 is transmitted from an input device interlocked with the control module 100 or an input device such as a touch monitor constituting the display module 400, the control module ( 100) may be configured to control the watering module 500 so that water can be watered with the extracted first watering information or the second watering information.

The control module 100 may be configured to control the liquid outlet controller so that the sum of the first outlet information or the second outlet information has a set capacity and a third temperature.

At this time, the control module 100 may be configured to have more water or less water by applying an error value to the extracted first watering information or the second watering information.

This is configured to apply an error value to the water outlet for the purpose of reflecting that the control module 100 includes powder (or diluted powder) or liquid (diluted liquid) included in the set capacity that is extracted or recognized. You can do it.

Preferably, the error value is configured such that the error value is the same or increases when the set capacity is increased.

Preferably, referring to FIG. 2, the control module 100 is interlocked with the temperature sensor module 700 to extract a first temperature or a second temperature from the temperature sensor module 700, which is a first sensor or a second temperature sensor. can do.

At this time, the extraction point may be configured so that the first temperature or the second temperature can be extracted based on information transmitted from the switch module 800 linked to the control module 100.

Alternatively, when information is transmitted from the switch module 800, the display module 400 may be configured to extract at least one first water outlet information.

On the other hand, the indicator 7 may be attached to a cover that is detachable from the liquid container (or the first liquid container) or may be configured to be assembled. Referring to FIG.

The cover is configured to display an indicator 7-4, and the cover has an indicator 7-4, a control module 100 interlocked with the indicator, and a first sensor 8-1 interlocked with the control module 100 Is configured to be mounted (or assembled, or configured to be detachable), and the first sensor 8-1 may be configured to detect the temperature of the liquid 27 contained in the container by infrared or wirelessly.

On the other hand, when the switch 24 is operated in a liquid container (a first liquid container or a second liquid container), the first input module 200 is based on the first temperature information transmitted from the first input module 200. When the first water outlet information is displayed on the indicator 7 in the control module 100 interlocked with, the first indicator or the LED interlocked with the control module 100 may be configured to generate light.

At this time, the light may be configured to shine brighter in a dark place, and in this case, the indicator 7 or the LED will emit light so that it shines brighter by a sensor that can detect the light in connection with the control module 100. I can.

This is preferably configured so that when the baby sleeps, when the switch 24 is used, the information that a natural person can recognize is a scale printed on a container used as a feeding bottle in a dark place (a scale in Ml). .

On the other hand, in the present invention, the indicator 7 can input (or select or generate) at least one list 32, and referring to FIG.

The list 32 may consist of a baby's birth name, or a symbol (or letters, numbers, etc.) that can classify the baby, and each time the list 32 changes, the time period 17 is reached or exceeded. It is also possible to configure the time to be displayed for each list 32. This means that the first water outlet information is displayed on the indicator (7), or the time from the time that the extracted first water outlet information is watered out to the set time period 17 or the time period that the time period 17 has been exceeded is displayed. It may be configured to be.

At this time, the time period 17 is configured to shorten the time period 17 based on information (such a situation has been described above) inputting an amount less than the set capacity that was watered out and diluted with the first watering information 4-2. Can be.

This is a different set capacity (6) for each of the list (32), different first water outlet information (4-2) or second water outlet information, time to reach the time period (17), and the time until the time period exceeds. At least one of the time and the alarm when the time period arrives can be configured to operate for each list 32, and based on this list 32, information on selecting a predetermined menu displayed on the indicator is shown in FIG. It is stored in a memory interlocked with the server 16 or the terminal 25 or the indicator 7 of, and is diluted to the set capacity for each list 32 (which can imply that the first watering information is watered out or It can be configured to store time for when the signal is extracted).

Referring to FIG. 4, when a diluted set volume 20 of 100 mL is diluted at point A (19) corresponding to at least one list 32, and is consumed in an amount less than the diluted set volume 20, The correction amount 21 corresponding to the consumed information may be input again.

Then, when the set capacity to be diluted again at point B 19 is extracted by an alarm (or display of time) notifying the arrival or excess of the time week 17 or the time period 17, time A and time B Information transmitted to the server 16 from the indicator 7 or the terminal interlocked with the indicator 7 or the control module 100 interlocked with the indicator 7 so that a display of the temporal interval therebetween occurs It may be configured to be displayed on a third display that can be converted into a DB and shown.

It may be configured to display the amount accumulated and consumed on a daily or monthly basis based on the correction amount 21 of the DB.

In addition, it may be configured to display information on whether the cumulatively consumed amount is appropriate or insufficient compared to the average of the other lists 32 on the indicator 7 or the third display.

This collects the correction amount 21 input (or is configured to receive input and input) from the control module 100 interlocked with the indicator 7 and calculates the collected correction amount 21 by day, month, or specific section. It is configured to display the correction amount 21 accumulated as at least one of the point in time and the point in time, and to be displayed on the indicator 7 or the third display so that the reference DB corresponding to the at least one point in time can be compared. Can be.

At this time, the third display transmits an email or a message based on at least one of an email and customer information linked to the terminal (or indicator) from a server capable of storing the correction amount 21, and at this time, the transmitted email or It is desirable to interpret the message as a viewable display.

On the other hand, when at least one of the predetermined menus for discharging the set capacity 6 is selected, time information of the selected time may be stored in the terminal 25 or the server linked to the indicator 7.

This is the time at which the first watering information displayed on the basis of the first temperature displayed on the indicator 7 to discharge the set capacity 6 is extracted and the time when the first watering information is discharged can be inferred. The information may be configured to be stored in at least one of a memory of the indicator, a server interlocking with the indicator, and a terminal capable of receiving information about the indicator.

In addition, the time point may be extracted to at least one predetermined menu of the memory, the server, and the terminal, and may be configured to provide a predetermined menu capable of determining (or determining by inputting a correction amount) the time point. .

Preferably, the storage of the viewpoint may be configured to be stored arbitrarily on the basis of an electrical event in which a natural person selects a predetermined device linked with the indicator for watering of the first watering information.

This is because a natural person may forget the time of the time point after accidentally extracting the first water outlet information, and the time point is stored when a change of information displayed on the indicator 7 occurs. This again means that it may be configured to recognize the information on which such an event or change has occurred, and to store the time point by confirming the water discharge of the missing first water discharge information even after the actual natural person discharges the first water discharge information.

Alternatively, a predetermined menu is provided for inputting that the natural person has edible the first water supply information from the control module of the indicator 7 as the water or set capacity, and when the predetermined menu is selected, the time of the selected time and It can be configured to store the set capacity in at least one of the memory, server, and terminal.

And extracting the time point or time point and set capacity from at least one of the server, memory, and terminal, and providing a predetermined menu to input a correction amount corresponding to the time point or time point and set capacity, and the server, It can be stored in at least one of a memory and a terminal.

In addition, by applying such data, it may be configured to extract and display the cumulative correction amount of a day (or a month or a characteristic point different from a specific point in time) from the third display.

Referring to Figure 3, the operation of the indicator 7 or the control module interlocked with the indicator 7 is recognized by being transmitted from the wireless module interlocked with the control module, and the recognized information is a server (or indicator) or It is stored in at least one of the terminal 25, and the storage may be configured to be stored in association with the correction amount 21 information.

At this time, it may be configured to extract the corrected and stored at least one correction amount 21 to display the accumulated correction amount 22 and the accumulated average correction amount 30 for the average of the daily (or month, time and time point). have.

In addition, at this time, the indicator 3 may be configured to display another reference value (or a reference value for a standard value, a reference value for another average value, or a reference value for another previously stored average value) that can be compared with the accumulated average correction amount 30. have. This may configure the indicator 7 so that a reference correction amount 31 that can be compared with the accumulated average correction amount 30 is displayed.

Here, as an example of the reference value, it is indicated by the reference correction amount 31 in FIG. 4.

Preferably, at least one of the accumulated correction amount 22, the accumulated average correction amount 30, and the accumulated reference correction amount 31 is displayed as a graph, so that the accumulated correction amount 22 is different from other correction amounts. Can be configured to display

In addition, when the cumulative correction amount 22 or the average correction amount 30 is selected, a display that can imply an equal number (or symbol or graph) between a specific section and a section is displayed compared to all other data. It can also be configured.

For example, it is possible to display the number 5 in such a way that it corresponds to 5 based on 1 and 10, and the methods such as percentages, ranks, etc. can be configured to be displayed to a degree that can be recognized by natural persons in various ways.

On the other hand, the indicator 7-5 may be mounted on the temperature measuring device 33, and will be described with reference to FIG. 6,

The sensor 34 capable of measuring the temperature wirelessly is operated by the operation of the switch 24-1, and the first temperature or the second temperature can be extracted from the sensor 34. have.

At this time, based on the extracted first temperature, the indicator 7-5 may be configured to extract various information (first water outlet information, etc.) described above.

Preferably, information about the temperature transmitted from the sensor 34 by the operation of the switch 24-1 is at least one of a first temperature, a second temperature, or a temperature for measuring and displaying a person's body temperature. It can be configured to extract the temperature information of.

According to the operation method of the switch 24-1, after recognizing that the first measured temperature information is the first temperature (1) and the second measured temperature is the second temperature (2), the indicator (7-5) The above various information may be displayed in

By operating the switch, a first mode of extracting at least one first temperature or a second mode of measuring body temperature is configured, and in the second mode, a temperature equal to the body temperature is displayed on the indicator by measuring at least once. And in the first mode, after measuring the temperature at least two times or more, determining one high temperature of at least two or more times as the first temperature, and determining the temperature lower than the first temperature as the second temperature, the indicator It may be configured to display the various information (here, various information has been described in various ways above) in (7-5).

This is a function of measuring temperature to display body temperature by measuring once by the operation of the switch 24-1 in the process of the temperature measuring instrument 33 or the device operating as the thermometer 33, and measuring at least two times. This means that the process can be configured so that the first water outlet information is extracted on the screen of the indicator 7-5.

1) 1st temperature 2) 2nd temperature 3) 3rd temperature
4) First water outlet information 5) Second water outlet information 6) Set capacity
(7) Indicator 8) First sensor 9) Second sensor
10) 1st liquid container 11) 2nd liquid container
12) Water purifier 13) Hot water nozzle 14) Water purification nozzle
15) Exclusive nozzle 16) Control device 17) Time period
18) Time interval 19) Time point information 20) Outflow volume
21) Correction amount 22) Accumulated amount 23) Time alarm
24) Switch 25) Terminal 26) Container
27) Liquid 28) Coupling device 29) Control button
100) Control module 200) 1st input module 300) 2nd input module
400) Display module 500) Outlet module 600) Control module
700) Temperature sensor module 800) Switch module

Claims (1)

The detection method comprising; detecting the dose for the milk powder.

Images